The term Consistency can be generically associated with the solidity of a structure, whatever material it is, the word consistency allows us to evaluate what is the required quality in terms of firmness and complement of something. The fields of study in which it is applied are very diverse, in fact, we could venture to admit that in any study the term consistency is capable of being evidenced to denote the rigidity of what is perceived with the senses. To understand the concept of consistency a little more, we will walk through the fields in which it is most denoted.
In chemistry, when trying to study a compound whose density is variable or unknown, we talk about the consistency of the sample, this can be liquid or solid, consistency is the ability as a matter that an organism has to be at a certain level. Within the solid, liquid and gaseous states, an example of this can be: "The cream developed by the makeup company offers protection against uv rays, thanks to the consistency of the materials that make it up"
In logic, consistency is a term that goes according to the meaning of words, in this way, the best example we can take is a speech, since whoever analyzes and interprets it can have a logical idea of how consistent it is. That is to say, how much sense can words have, how is the relationship between what the speaker is saying and what the listeners want to hear.
In law, at the time of a trial, it is necessary to have consistency throughout the catalog of evidence, this in order to analyze in detail what are the consequences and causes of an executed person, thanks to the consistency and good justification of a compendium of Evidence can determine a correct verdict in a court case.
In mathematics and statistics, many variables are observed, most of them are consistent in terms of the value they have to perform a calculation. The tools available to keep an eye on these constants in some cases are so great and impressive that those who study them marvel at some change in the production of their consistency, such as the second, as a scale in international measures of time, the second is the duration of 9 192 631 770 oscillations of the radiation emitted in the transition between the two hyperfine levels of the ground state of the 133 isotope of the cesium atom (133 Cs), at a temperature of 0 K.
